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Gates at the London Ave. Canal Interim Control Structure began opening just after 8 a.m. today after the lake level subsided below 2.5 feet.
On Saturday, easterly winds and heavy rain caused Lake Pontchartrain’s water level to reach the operational trigger of 2.5 feet and rising, prompting us to close the gates and begin pumping.
Previous procedures called for closing the gates when the lake-side gage reached 4 feet and rising only during tropical events. Lowering that elevation and operating during nontropical events reduces the risk of exceeding the canal’s safe water elevation. It also maximizes the Sewerage and Water Board’s pumping ability during heavy rainfall.
A three person team had been located at the structure throughout the weekend and is responsible for operating the gates and pumps from the control room.
Supervisory Control and Data Acquisition (SCADA) equipment enables our emergency operations center to remotely monitor and operate the system as a redundancy in our operation plan, should the need arise.
The Corps’ pumps have a maximum combined capacity of 5,200 cubic feet per second at the London Ave. Canal.
The lake is currently at about 2 feet and we will continue to monitor rainfall and tides in the lake.
Molishus calls the OCC “the nerve center of the campus.” FRES staffers control and monitor utilities for the entire campus from the center through a sophisticated computerized Supervisory Control and Data Acquisition (SCADA) System.
Leelavati Automation Sensors, Switches, Controls, Panels, Timers, HMI, VFD, PLC, SCADA Factory Automation, Building Automation, Customised Turnkey Operations and SMART IOT systems & Industrial Internet of Things IIOT, Conveyor Sortation Systems Turnkey Operations and SMART IOT systems & Industrial Internet of Things IIOT, Conveyor Sortation Systems We deal in Automation Components, Sensor Technology, System Integration, Factory Automation, Industrial Products like Sensors, Switches, Control Panels, Energy Meters, Field Bus, Safety Products, Building Management Systems & SMART CITY PROJECTS system integrators India call mobile number or whatsapp +91 99 6786 1294 ....91 937235 5842
(le français suit l'anglais)
Antennas
Manufacturer: various
Source: Communications Research Centre Canada (CRC)
Artifact nos. pending
ca. 1970-2008
1. Parabolic antenna used for Hermes satellite, 1970-79
2. COSPAS-SARSAT emergency locator beacon, 1976
3. K/Ka-band antenna, ca. 1995
4. INMARSAT air ambulance antenna, ca.1990
5. Dielectric Resonator Antenna (DRA), 1997
6. Domed multi-directional antenna, ca. 1995
7. Ku band reflectarray antenna, ca. 2008
8. SCADA antenna, ca. 1992
9. MILTON reflectarray wireless antenna, 2003
10. Milton antenna array, ca. 2003-2008
11. WEB terminal, 2001
12. WEB parabolic antenna, 2001
Acknowledgements:
We wish to thank the Communications Research Centre Canada for the donation of this collection to the museum.
www.crc.gc.ca/eic/site/069.nsf/eng/home
Canada Science and Technology Museums Corporation
www.technomuses.ca/our_corporation/index_e.asp
Photo: CSTMC/2013
________________________________
Antennes
Fabricants : divers
Source: Centre de recherches sur les communications Canada (CRC)
No. d'artefact : en attente
ca. 1970-2008
1. Antenne parabolique conçue pour Hermes, 1970-79
2. Balise de détresse Cospas-Sarsat, 1976
3. Antenne en bande K ou Ka, ca. 1995
4. Antenne INMARSAT pour ambulance aérienne, ca.1990
5. Antenne à résonateur diélectrique, 1997
6. Antenne à dȏme, ca. 1995
7. Antenne en bande Ku, ca. 2008
8. Antenne SCADA, ca. 1992
9. Antenne sans fil MILTON, 2003
10. Réseau d’antennes MILTON, ca. 2003-2008
11. Terminal WEB, 2001
12. Antenne parabolique WEB, 2001
Remerciements :
Nous tenons à remercier le Centre de recherches sur les communications Canada pour le don de cette collection au musée.
www.crc.gc.ca/eic/site/069.nsf/fra/accueil
Société des musées de sciences et technologies du Canada
www.sciencetech.technomuses.ca/francais/index.cfm
SMSTC/2013
This feeder that follows Nose Creek in a sensitive area is difficult to reach by vehicle. I'm sure this is one of the utility's more problematic feeders. A SCADA switch can be seen on the top of the hill in the background.
Gates at the London Ave. Canal Interim Control Structure began opening just after 8 a.m. today after the lake level subsided below 2.5 feet.
On Saturday, easterly winds and heavy rain caused Lake Pontchartrain’s water level to reach the operational trigger of 2.5 feet and rising, prompting us to close the gates and begin pumping.
Previous procedures called for closing the gates when the lake-side gage reached 4 feet and rising only during tropical events. Lowering that elevation and operating during nontropical events reduces the risk of exceeding the canal’s safe water elevation. It also maximizes the Sewerage and Water Board’s pumping ability during heavy rainfall.
A three person team had been located at the structure throughout the weekend and is responsible for operating the gates and pumps from the control room.
Supervisory Control and Data Acquisition (SCADA) equipment enables our emergency operations center to remotely monitor and operate the system as a redundancy in our operation plan, should the need arise.
The Corps’ pumps have a maximum combined capacity of 5,200 cubic feet per second at the London Ave. Canal.
The lake is currently at about 2 feet and we will continue to monitor rainfall and tides in the lake.
Leelavati Automation Sensors, Switches, Controls, Panels, Timers, HMI, VFD, PLC, SCADA Factory Automation, Building Automation, Customised Turnkey Operations and SMART IOT systems & Industrial Internet of Things IIOT, Conveyor Sortation Systems Turnkey Operations and SMART IOT systems & Industrial Internet of Things IIOT, Conveyor Sortation Systems We deal in Automation Components, Sensor Technology, System Integration, Factory Automation, Industrial Products like Sensors, Switches, Control Panels, Energy Meters, Field Bus, Safety Products, Building Management Systems & SMART CITY PROJECTS system integrators India call mobile number or whatsapp +91 99 6786 1294 ....91 937235 5842
Leelavati Automation Sensors, Switches, Controls, Panels, Timers, HMI, VFD, PLC, SCADA Factory Automation, Building Automation, Customised Turnkey Operations and SMART IOT systems & Industrial Internet of Things IIOT, Conveyor Sortation Systems Turnkey Operations and SMART IOT systems & Industrial Internet of Things IIOT, Conveyor Sortation Systems We deal in Automation Components, Sensor Technology, System Integration, Factory Automation, Industrial Products like Sensors, Switches, Control Panels, Energy Meters, Field Bus, Safety Products, Building Management Systems & SMART CITY PROJECTS system integrators India call mobile number or whatsapp +91 99 6786 1294 ....91 937235 5842
This photo depicts the solar pyranometer, used to read solar insolation levels at site. This data is fed via sensing cables to the HPC power conditioning unit. The HPC in turn logs and exports the valuable data through OPS proprietary SCADA software titled OPS-Coms to central computer monitoring stations.
Solar pyranometers are now a fundamental requirement for solar projects where accurate site data is required in order to monitor the renewable contribution to the overall power system.
Visit our OPS Blog for Bunaken Project info
A substation is a part of an electrical generation, transmission, and distribution system. Substations transform voltage from high to low, or the reverse, or perform any of several other important functions. Electric power may flow through several substations between generating plant and consumer, and its voltage may change in several steps.
Substations may be owned and operated by a transmission or generation electrical utility, or may be owned by a large industrial or commercial customer. Generally substations are un-attended, relying on SCADA for remote supervision and control.
A substation may include transformers to change voltage levels between high transmission voltages and lower distribution voltages, or at the interconnection of two different transmission voltages. The word substation comes from the days before the distribution system became a grid. As central generation stations became larger, smaller generating plants were converted to distribution stations, receiving their energy supply from a larger plant instead of using their own generators. The first substations were connected to only one power station, where the generators were housed, and were subsidiaries of that power station.